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It enables three-way cargo handling (fork rotation, left/right lateral movement) without the need for the vehicle body to turn. This design allows it to operate in extremely narrow aisles with a minimum width of only 1600mm (for 1200×1200 pallets), significantly reducing the aisle space required compared to traditional handling equipment and maximizing the effective storage area of the warehouse.

With its specialized three-way operation mechanism, the stacker excels in cargo picking, handling, and stacking within narrow-aisle storage systems. It can easily access goods in dense storage layouts, ensuring smooth material flow while increasing the warehouse's storage capacity substantially.

Equipped with guide rail guide wheel devices, it achieves automated steering control, allowing the vehicle to pass through the minimum width aisles smoothly and stably. The high-strength gantry made of German Krupp section steel ensures no deformation, stable operation, and reduced vibration during lifting and lowering, adapting to the frequent operation requirements of high-density warehouses.

Advanced and safe control system:

It adopts a brand-specific control system with multiple automatic protection functions, providing a high level of functional safety to avoid operational risks in the complex environment of dense warehouses. The high-definition large-screen display with real-time monitoring functions (camera, electronic display, timing, fault display, and excellent digital transmission) allows operators to grasp the vehicle's operating status in real time, facilitating timely fault diagnosis and maintenance to ensure continuous operation efficiency.

Customizable and adaptable configurations:

It can be customized with AGV systems such as magnetic navigation or laser navigation, which is compatible with the intelligent operation needs of modern high-density warehouses. Additionally, the customizable fork adjustment size (260-650mm) and compatibility with standard pallets enhance its adaptability to different high-density storage scenarios.